What is the current development of smart communities in residential areas?

As a new model of social management innovation under the new situation, smart community provides a safe, comfortable and convenient modern and intelligent living environment for community residents, effectively promotes economic transformation and promotes the development of modern service industry.

Make full use of the integrated application of next-generation information technologies such as Internet of Things, cloud computing and mobile Internet. , integrate all subsystems in the community, and make use of the advantages of three-dimensional visualization to help the community realize the "one map" visual management of the smart community, effectively avoiding the problems of high cost and low efficiency brought by the previous "isolated island" management.

Choose visualization technology to integrate the data of each subsystem in the community, and show the basic information of the community, property personnel, parking lot, equipment and facilities with the three-dimensional scene of the community. Through interaction, the perspective of 3D scene can be focused on the selected community, and the overview data can be refined to the community level, which is convenient for users to quickly and preliminarily understand the overall situation of the community.

The subsystems of drainage, fire protection, security, environment, traffic, work order and manpower are highly integrated. Use Hightopo 2D and 3D visualization engine to build a smart community visualization platform, and build a global, multi-dimensional and integrated community comprehensive management system. Fill the shortcomings of property management in the past, innovate the service mode, strengthen the efficiency of community management, and make community service more warm.

Smart pump house manages visual pipes. By introducing a unique algorithm based on pipe visualization for the generation of drainage pipe network in residential quarters, supplemented by flow animation, the layout and trend of drainage pipes in residential quarters can be viewed intuitively. Combined with the monitoring data of drainage equipment attached to both sides of the panel, users can see the drainage situation in the community at a glance.

Entering the pump room, you can clearly see the layout of the equipment in the pump room. Click on the interaction with the Gemini equipment model, you can clearly see the real-time information such as the running status and liquid level of the water pump and water tank. By docking the real-time data, the fluctuation animation of the liquid level height in the water tank with the change of the data is realized, and the real liquid level height is restored.

In the three-dimensional scene, the fire coverage area can be explained in the form of circular diffusion, and the information of outdoor fire hydrant points can be marked in the form of icons. Click on the target area to view the corresponding fire hydrant water pressure, water level and other status information.

When there is equipment failure in community fire fighting, through the real-time linkage between IOT equipment and visualization platform, the icons and coverage areas in the scene will be dyed orange, suggesting that there are hidden dangers in fire fighting. The user will arrange the operation and maintenance personnel to go to the corresponding early warning point for processing according to the early warning prompt.

Security monitoring is an indispensable security measure in community security system. Traditionally, the monitoring screen is called in the form of selection list, so it is difficult to correspond the captured video with the actual geographical location, and it is impossible to monitor the big scene effectively and intuitively in real time, and it lacks situational awareness. By combining the point advantages of three-dimensional scenes, users can have a clearer and more intuitive understanding of the scenes.

By referring to the actual monitoring points, the digital twin community of security management places monitoring models point by point in the three-dimensional scene to restore the monitoring situation on the spot, so that users can see the monitoring points at a glance. By docking with the monitoring video stream, you can interact with any monitoring model in the three-dimensional scene and call the current camera monitoring screen.

According to the actual patrol points on site, the community patrol points are marked in the form of light beams in the three-dimensional scene. At the same time, access the data of patrol equipment, and use visualization technology to reproduce the patrol situation and designated route of patrol personnel in animation form. When the patrol personnel finish the patrol work at the current point, dye the light beam. In case of missing patrol, you can contact the corresponding personnel to supplement patrol through the contact telephone number on the patrol personnel label, which can effectively improve the public security management level of the community.

The quality of living environment in noisy communities is closely related to the happiness index of residents. Common factors affecting the living environment are air pollution, noise and so on. The platform can realize real-time monitoring of current temperature, humidity, PM2.5, wind direction, noise and other indicators by linking the data of weather stations in the community with three-dimensional scenes. The community air quality index (AQI) and noise monitoring are rendered into a heat map for display. In the scene, the color scale will change according to the real-time index change to indicate the air quality or noise decibel. When the index exceeds the normal range, the system will automatically trigger an alarm, locate the area and output the information that the index exceeds the standard.

Work order management integrates different work order management modes of each community, manages the community as a whole, and combines the key indicators such as work order trend, inspection plan, charge, quality, engineering, safety and satisfaction with the visual platform, which provides powerful decision support for improving the level of property service.

Instead of the traditional personnel reporting and feedback mechanism, through the linkage with the intelligent IOT equipment on site, the new work order prompt at a fixed point in the three-dimensional scene is realized, and the operation and maintenance personnel are coordinated to dispatch the operation and maintenance personnel to handle it in time, thus ensuring the timeliness of work order processing.

Digital Gemini Smart Community highly integrates subsystems such as community drainage, fire protection, security, environment, transportation, work order and manpower.